Chapter 2 - Quantity Symbol and Unit.pptx

quantities, symbol and unit

1. CHAPTER 2 : QUANTITIES, SYMBOL AND UNITS Basic Electronic MDM SARMINADIRA

2. CONTENTS 1.1 IDENTIFY SI SUPPLEMENTARY AND DERIVED UNITS. 1.2 APPLY SCIENTIFIC NOTATION TO REPRESENT QUANTITIES. 1.3 APPLY ENGINEERING NOTATION AND MATRIX PREFIXES TO REPRESENT LARGE AND SMALL QUANTITIES. 1.4 CONVERT FROM ONE UNIT OF MATRIX PREFIX TO ANOTHER

3. 1.1 Identify Si Supplementary Base units The SI base units are the standard units of measurement defined by the International System of Units (SI) for the seven base quantities .

4. Common Electrical Units 1.1 Identify Si Supplementary And Derived Units

5. 1.2 Apply Scientific Notation To Represent Quantities.

6. 1.2 Apply Scientific Notation To Represent Quantities.

7. 1.2 Apply Scientific Notation To Represent Quantities. Exercise: In scientific notation 1) 0.00056 In engineering notation 2) 0.00056

8. 1.2 Apply Scientific Notation To Represent Quantities. Exercise: In scientific notation 1) 0.00056 = 5.6x10 -4 In engineering notation 2) 0.00056 = 56x10 3

9. 1.3 Apply Engineering Notation And Matrix Prefixes To Represent Large And Small Quantities.

10. 1.3 Apply Engineering Notation And Matrix Prefixes To Represent Large And Small Quantities.

11. Change the Engineering Notation to Prefixes Exercise:

12. 1.4 Convert From One Unit Of Matrix Prefix To Another

13. 1.4 Convert From One Unit Of Matrix Prefix To Another

14. 1.4 Convert From One Unit Of Matrix Prefix To Another

15. 1.4 Convert From One Unit Of Matrix Prefix To Another Exercise: 1) 10k Ω + 4,000 Ω = 2) 300 Ω + 200Ω + 2kΩ =

16. 1.4 Convert From One Unit Of Matrix Prefix To Another Exercise: 1) 10k Ω + 4,000 Ω 10k Ω +4kΩ = 14kΩ @ 10,000 Ω + 4,000 Ω = 14,000Ω 2) 300 Ω + 200Ω + 2kΩ = 300 Ω + 2 00Ω + 2,000Ω = 2500Ω @ 0.3kΩ + 0.2kΩ + 2k Ω = 2.5kΩ

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